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公开(公告)号：KR20120071623A
公开(公告)日：2012-07-03
申请号：KR20100133239
申请日：2010-12-23
Applicant: KOREA INST CONSTRUCTION TECH
Inventor： HWANG IN JU , LEE HONG CHEOL
CPC classification number: C02F1/72 , C02F9/00 , C02F2201/002
Abstract: PURPOSE: A gravity type wet-oxidation reactor equipped with a flow guide is provided to activate oxidation by dividing an oxidizing agent into micro bubbles and promoting the mixing of the micro bubbles and sludge. CONSTITUTION: A gravity type wet-oxidation reactor includes a reactor outer tube(110), a reactor inner tube(130), and a flow guide(140). The reactor outer tube is in the form of a pipe and is vertically installed. Both end parts of the reactor outer tube are closed. A sludge discharging pipe(33) is connected to one upper part of the reactor outer tube and discharges oxidized sludge. The upper end part of the reactor inner tube is closed, and the lower end part of the reactor inner tube is opened. A sludge providing pipe(11) is connected to one upper part of the reactor inner tube and moves provided sludge downward. The upper end part of an oxidizing agent providing tube is opened, and the lower end part of the oxidizing agent providing tube is closed. The oxidizing agent providing tube is connected to an oxidizing agent providing pipe(22) and moves provided the oxidizing agent downward. The flow guide is protruded along the outer circumference of the oxidizing agent providing tube.
Abstract translation: 目的：提供一种装有导流器的重力式湿式氧化反应器，通过将氧化剂分解成微气泡并促进微气泡和污泥的混合来活化氧化。 构成：重力式湿式氧化反应器包括反应器外管（110），反应器内管（130）和流动引导件（140）。 反应器外管为管子的形式，并垂直安装。 反应器外管的两端部均封闭。 污泥排放管（33）连接到反应器外管的一个上部并排出氧化污泥。 反应器内管的上端封闭，反应器内管的下端部分打开。 污泥提供管（11）连接到反应器内管的一个上部，并向下提供污泥。 打开氧化剂供给管的上端部，氧化剂供给管的下端部封闭。 氧化剂供给管与氧化剂供给管（22）连接，使氧化剂向下方移动。 流动引导件沿着氧化剂提供管的外周突出。
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公开(公告)号：KR20120056414A
公开(公告)日：2012-06-04
申请号：KR20100117934
申请日：2010-11-25
Applicant: KOREA INST CONSTRUCTION TECH
Inventor： PARK HEE MUN , CHOI JI YOUNG , YOO PYEONG JUN , OHM BYUNG SIK , YUN TAE YOUNG
CPC classification number: G01N3/10 , G01N3/32 , G01N33/383 , G01N2203/0048
Abstract: PURPOSE: A dynamic loading device is provided to load a moving load and cyclic load at the same time using a horizontal moving unit and vibration unit so that reliability with respect to the uniformity of a concrete road or asphalt-paved road can be enhanced. CONSTITUTION: A dynamic loading device comprises a frame(10), a hydraulic unit(20), a pressing unit(30), and a controller. The frame is erectly formed. The hydraulic unit is installed to be moved back and forth or to left and right sides of the frame. The hydraulic unit imparts pressure toward the ground. The pressing unit is joined to the hydraulic unit and arranged to be closely adhered to the ground. The pressing unit presses the ground with the imparted pressure from the hydraulic unit so that a simulated load is loaded. The controller confirms the loading load on the corresponding surface where the load loading is performed while controlling the pressure of the hydraulic unit.
Abstract translation: 目的：提供一种动态装载装置，用于使用水平移动单元和振动装置同时加载移动载荷和循环载荷，从而可以提高混凝土路面或沥青路面的均匀性的可靠性。 构成：动态装载装置包括框架（10），液压单元（20），按压单元（30）和控制器。 框架是直立的。 液压单元被安装成来回移动或者向框架的左侧和右侧移动。 液压单元向地面施加压力。 按压单元连接到液压单元并且被布置成紧密地附着在地面上。 按压单元用来自液压单元的赋予压力来压住地面，从而加载模拟负载。 控制器确认在控制液压单元的压力的同时进行负载负载的相应表面上的负载负载。
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53.发明公开Windows system including blind having ability of ventilation and solar generation 审中-公开WINDOWS系统，包括通风和太阳能发电的能力
公开(公告)号：KR20120037677A
公开(公告)日：2012-04-20
申请号：KR20100099284
申请日：2010-10-12
Applicant: DAEWOO ENG & CONSTR CO LTD , KOREA INST CONSTRUCTION TECH , KIM GI HYUN
Inventor： OH BO HWAN , KIM JI HYUN , SUNG KI CHEOL , LEE SEUNG EON , KANG JAE SIK , CHOI GYEONG SEOK , KIM KI HYUN , JUNG YOUNG YONG
CPC classification number: E06B9/24 , E06B7/082 , E06B9/322 , F24F13/08 , H02S10/00 , Y02B10/10 , Y02E10/52
Abstract: PURPOSE: A window system having a built-in blind with ventilation and solar power generation functions is provided to prevent dew condensation by efficiently guiding the circulation of air. CONSTITUTION: A window system(100) having a built-in blind with ventilation and solar power generation functions comprises a detection sensor unit(110), a blind unit(120), a drive unit(130), a ventilation unit(140), a control unit(150), and a condenser unit(160). The detection sensor unit measures solar intensity and altitude and the internal temperature of a window. The blind unit has a light shelf slat(122) and a photovoltaic slat(124). The drive unit controls the vertical movement and angle of the photovoltaic slat. The ventilation unit has outer and inner ventilation units and an opening and closing unit. The control unit controls the operation of the drive unit. The condenser unit receives power generated from the photovoltaic slat.
Abstract translation: 目的：提供具有通风和太阳能发电功能的内置盲人窗系统，以有效地引导空气循环来防止结露。 构成：具有通风和太阳能发电功能的内置盲人的窗系统（100）包括检测传感器单元（110），盲装单元（120），驱动单元（130），通风单元（140） ，控制单元（150）和冷凝器单元（160）。 检测传感器单元测量窗户的太阳强度和高度以及内部温度。 盲装单元具有轻型货架板条（122）和光伏板条（124）。 驱动单元控制光栅板的垂直运动和角度。 通风单元具有外部和内部通风单元以及开闭单元。 控制单元控制驱动单元的操作。 冷凝器单元接收从光栅板产生的电力。
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公开(公告)号：KR20120029021A
公开(公告)日：2012-03-26
申请号：KR20100090609
申请日：2010-09-15
Applicant: KOREA INST CONSTRUCTION TECH
Inventor： KIM YOUNG JIN , CHIN WON JONG , CHOI EUN SUK , KIM BYUNG SUK , CHO JEONG RAE , LEE CHANG HONG
CPC classification number: E01D21/00 , E01D2/00 , E01D19/125 , E01D2101/24 , E04C3/02 , E04G11/48
Abstract: PURPOSE: A manufacturing method of an ultrahigh performance concrete block for preventing shrinkage strain through match casting is provided to integrally assemble UHPC blocks in a bridge axis direction. CONSTITUTION: A manufacturing method of an ultrahigh performance concrete block for preventing shrinkage strain through match casting is as follows. Pre-cast UHPC blocks(1a) are located at the inside a high-temperature chamber(20). The shrunk pre-cast UHPC blocks are re-expanded in an original size by increasing the internal temperature of the chamber. Shear keys or insertion grooves are formed on the outer surfaces of the pre-cast UHPC blocks. The outer surfaces of the pre-cast UHPC blocks are exposed to the outside the high-temperature chamber. A form(200) for manufacturing a post-cast UHPC block is adhered to the pre-cast UHPC blocks. The outer surfaces of the pre-cast UHPC blocks close the opened part of the form. Post-cast UHPC blocks are formed by placing UHPC in the form.
Abstract translation: 目的：提供一种用于通过匹配铸造防止收缩应变的超高性能混凝土块的制造方法，以在桥轴方向上一体地组装UHPC块。 构成：通过匹配铸造防止收缩应变的超高性能混凝土块的制造方法如下。 预制UHPC块（1a）位于高温室（20）的内部。 通过增加室内温度，收缩的预制UHPC块通过原始尺寸重新扩展。 剪切键或插入槽形成在预制的UHPC块的外表面上。 预制UHPC块的外表面暴露在高温室的外部。 用于制造后铸造UHPC块的形式（200）被粘附到预制UHPC块。 预制UHPC块的外表面封闭了形式的打开部分。 通过将UHPC放置在形式中形成后铸造的UHPC块。
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公开(公告)号：KR20120016862A
公开(公告)日：2012-02-27
申请号：KR20100079358
申请日：2010-08-17
Applicant: KOREA INST CONSTRUCTION TECH
Inventor： HWANG YOON KOOG , SONG JAE JOON , LEE YOUNG HO , LEE MYOUNG JIN
IPC: E02D5/24
CPC classification number: E02D5/285 , E02D5/226 , E02D5/30 , E02D5/526 , E02D2300/0025 , E02D2300/0054 , E02D2300/0068 , E02D2300/007
Abstract: PURPOSE: An FRP concrete composite pile connection apparatus is provided to connect FRP concrete composite piles with high strength and to prevent loss of parts at the joints of the FRP concrete composite piles. CONSTITUTION: An FRP concrete composite pile connection apparatus comprises an upper connection member(110), a lower connection member(120), and a coupler(130). The upper connection member is integrally formed on the bottom of an upper FRP concrete composite pile(P1). The lower connection member is integrally formed on the top of a lower FRP concrete composite pile(P2). The coupler is bonded to the upper and the lower connection member with an adhesive.
Abstract translation: 目的：提供一种FRP混凝土复合桩连接装置，用于连接FRP混凝土复合桩高强度，防止FRP混凝土复合桩接头部件损失。 构成：FRP混凝土复合桩连接装置包括上连接构件（110），下连接构件（120）和联接器（130）。 上连接构件一体形成在FRP混凝土复合桩（P1）的底部。 下连接构件一体形成在下FRP混凝土复合桩（P2）的顶部。 联接器用粘合剂粘合到上连接件和下连接件上。
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Patent Agency Ranking56.发明公开
公开(公告)号：KR20120013742A
公开(公告)日：2012-02-15
申请号：KR20100075933
申请日：2010-08-06
Applicant: KOREA INST CONSTRUCTION TECH
Inventor： BAE KYU WOONG , LEE SANG SUP , HEO BYUNG WOOK , PARK KEUM SUNG , GWAK MYEONG GEUN
Abstract: PURPOSE: A composite beam for reducing floor height without separate refractory coating and a beam-slab bonding structure using the same are provided to remove a need for separate refractory coating in a state that a lower flange is completely buried at concrete for composition. CONSTITUTION: A composite beam for reducing floor height without separate refractory coating comprises a steel beam(10), a mold board(15), and concrete. The steel beam comprises a lower horizontal plate(11), a central vertical plate(12), an upper horizontal plate(13), and a wing plate(14). The first three plates make an H-shaped section. The mold board is coupled to the wing plate on the lower part of the steel beam. The concrete is charged in a space surrounded by the wing plate and the mold plate and is integrated with the steel beam.
Abstract translation: 目的：提供一种用于降低地板高度而不使用单独的耐火涂层的复合梁和使用其的梁 - 板结合结构，以在下部凸缘完全埋在混凝土中用于组成的状态下消除对单独耐火涂层的需要。 构成：用于降低地板高度而不使用单独耐火涂层的复合梁包括钢梁（10），模板（15）和混凝土。 钢梁包括下水平板（11），中心垂直板（12），上水平板（13）和翼板（14）。 前三个板形成H形截面。 模板与钢梁下部的翼板相连。 混凝土充填在由翼板和模板包围的空间中，并与钢梁一体化。
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公开(公告)号：KR20100119324A
公开(公告)日：2010-11-09
申请号：KR20090038387
申请日：2009-04-30
Applicant: KOREA ELECTRONICS TELECOMM , KOREA INST CONSTRUCTION TECH
Inventor： BAE MYUNG NAM , LEE BYUNG BOG , CHOI BYEONG CHEOL , LEE IN HWAN , JUN JONG ARM , RYU SEUNG KI , NAM SANG KWAN
Abstract: PURPOSE: A sensor node and a method for configuring a sensor node are provided to guarantee for sensor node hardware configuration required according to a condition and a situation. CONSTITUTION: When shape setting information for configuration of an in-module sensor is changed, a sensor module transmits a sensor setup signal to a node module(S504). The sensor module receives a control signal corresponding to the sensor setup signal from the node module(S505). The sensor module sets an embedded sensor(S506). After the set embedded sensor is activated, the sensor module transmits a completion signal to the node module(S507,S508).
Abstract translation: 目的：提供传感器节点和配置传感器节点的方法，以保证传感器节点根据条件和状况所需的硬件配置。 构成：当改变模块内传感器的配置的形状设定信息时，传感器模块向节点模块发送传感器设定信号（S504）。 传感器模块从节点模块接收与传感器设置信号对应的控制信号（S505）。 传感器模块设置嵌入式传感器（S506）。 在嵌入式传感器被激活之后，传感器模块向节点模块发送完成信号（S507，S508）。
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58.发明公开Hot water distribution system with automatic bathroom temperature control valve 审中-公开具有自动浴室温度控制阀的热水分配系统
公开(公告)号：KR20100105112A
公开(公告)日：2010-09-29
申请号：KR20090023968
申请日：2009-03-20
Inventor： LEE TAE WON , KIM YONG KI
CPC classification number: F24D19/1015 , E03D9/12 , F16K31/002 , F24D3/1066 , F24D2220/0228
Abstract: PURPOSE: A hot water distributing system with a bathroom temperature control valve is provided to automatically control the opening degree of a valve according to the temperature of the hot water by an automatic flow control valve installed in a hot water path between a hot water return unit and the bathroom. CONSTITUTION: A hot water distributing system with a bathroom temperature control valve comprises a water supply pipe(100), a hot water supply unit(200), a hot water return unit(300), a plurality of automatic temperature controllers(500), a water return pipe(400) and an automatic flow control valve(44). The hot water supply unit supplies the hot water receiving from the water supply pipe to the bathroom and each heating space through a plurality of supply branch pipes(210). The hot water return unit collects the hot water through a bathroom branch pipe(320) and a plurality of return branch pipes(310). The automatic temperature controllers comprise an indoor temperature controller(510), a valve controller(520), a valve and a driver(530). The indoor temperature controller is installed in each heating space except for the bathroom. The valve and the driver are installed in the return branch pipes. According to the indoor temperature controller, the valve controller controls the valve and the driver. The water return pipe re-circulates the hot water collected in the hot water return unit to the machine room of a central heating system or an individual boiler. The automatic flow control valve automatically controls the opened degree of the valve according to the temperature of the hot water by a shape memory alloy device or an electronic valve driving device.
Abstract translation: 目的：提供一种带有浴室温度控制阀的热水分配系统，通过安装在热水回路单元之间的热水路径中的自动流量控制阀根据热水温度自动控制阀的开度 和浴室。 构成：具有浴室温度控制阀的热水分配系统包括供水管（100），热水供应单元（200），热水返回单元（300），多个自动温度控制器（500） 回水管（400）和自动流量控制阀（44）。 热水供应单元通过多个供应支管（210）将从供水管接收的热水供应到浴室和每个加热空间。 热水返回单元通过浴室支管（320）和多个回流支管（310）收集热水。 自动温度控制器包括室内温度控制器（510），阀门控制器（520），阀门和驱动器（530）。 室内温度控制器安装在除了浴室之外的每个加热空间中。 阀门和驱动器安装在回流支管中。 根据室内温度控制器，阀门控制器控制阀门和驱动器。 回水管将收集在热水回收单元中的热水再循环到中央供暖系统或单独锅炉的机房。 自动流量控制阀通过形状记忆合金装置或电子阀驱动装置根据热水的温度自动控制阀的打开程度。
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公开(公告)号：KR100982554B1
公开(公告)日：2010-09-16
申请号：KR20100001168
申请日：2010-01-07
Applicant: KOREA INST CONSTRUCTION TECH
Inventor： KIM WON , LEE CHAN JOO , KIM DONG GU , KWON SUNG ILL , KIM YONG JEON
CPC classification number: G01P5/00 , G01C13/002 , G01F1/005 , G01F1/708 , G01P5/001 , G01P5/20 , G01S5/0027 , Y02A90/32
Abstract: PURPOSE: A measurement system for velocity of fluid and a method of the same is provided to determine the overall flow of water by monitoring the difference between a central part and an edge part. CONSTITUTION: A plurality of floats(100) transmit a GPS signal in real time. A receiving station(200) receives the GPS signal from the floats in real time. The plural floats are divided into at least two sets(100a,100b,100c) according to a communication frequency band and use one set in the same communications frequency band to sequentially transmit the GPS signal.
Abstract translation: 目的：提供流体速度测量系统及其方法，通过监测中心部分和边缘部分之间的差异来确定水的总体流量。 构成：多个浮标（100）实时地发送GPS信号。 接收台（200）实时接收来自浮子的GPS信号。 多个浮动体根据通信频带被分成至少两组（100a，100b，100c），并使用相同通信频带中的一组来顺序发送GPS信号。
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公开(公告)号：KR20090123833A
公开(公告)日：2009-12-02
申请号：KR20090068433
申请日：2009-07-27
Inventor： LEE MUN HWAN , BAE KYU WOONG , LEE SEA HYUN , LEE SANG SUP , CHAE SEONG TAE , JUNG SANG HWA
CPC classification number: E06B3/6612 , E04F11/181 , E05Y2800/40
Abstract: PURPOSE: An external window structure of a building having a guard rail made of a laminated glass is provided to prevent the falling accident of an occupant by using a laminated glass as a guard rail. CONSTITUTION: An external window structure of a building having a guard rail made of a laminated glass is composed of an upper frame(10), an intermediate frame(11), a lower frame(12), and an outer fixed window. The upper frame, the intermediate frame, and the lower frame are arranged horizontally. The upper frame, the intermediate frame, and the lower frame are combined to the edge of the outer fixed window made of a glass. The outer fixed window is installed between the intermediate frame and the lower frame. The outer fixed window is made of the laminated glass having the contacted structure by interposing a transparent film between plate glasses.
Abstract translation: 目的：提供一种具有由夹层玻璃制成的护栏的建筑物的外窗结构，以通过使用夹层玻璃作为护栏来防止乘客的下落事故。 构成：具有由夹层玻璃制成的护栏的建筑物的外窗结构由上框架（10），中间框架（11），下框架（12）和外固定窗构成。 上框架，中间框架和下框架水平布置。 上框架，中间框架和下框架组合到由玻璃制成的外固定窗的边缘。 外固定窗安装在中间框架和下框架之间。 外固定窗由具有接触结构的夹层玻璃制成，在玻璃板之间插入透明膜。
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